MR Cycle

Transforming Cycling with MR Cycles: A Mixed Reality Training Revolution

Cycling is more than just a mode of transportation—it's a passion, a sport, and a way to stay fit. MR Cycles takes indoor cycling to the next level with an innovative mixed reality (MR) experience. By blending real-world cycling mechanics with immersive virtual environments, MR Cycles offers an unparalleled training solution for professional athletes and fitness enthusiasts alike.

Project Overview

• Client: A fitness and sports technology company aiming to innovate indoor cycling training.
• Objective: To create a cutting-edge MR cycling system that enhances user engagement, simulates real-world terrain, and provides real-time performance tracking.

Key Features and Capabilities

• Riders can train in diverse virtual landscapes, from mountainous terrains to urban city streets.
• Real-time weather effects and environmental interactions provide an authentic outdoor cycling experience.
• Compatible with stationary smart bikes and real bicycles mounted on interactive trainers.
• Pedal resistance dynamically adjusts based on the virtual terrain for a realistic riding experience.
• Advanced sensors track speed, cadence, heart rate, and power output.
• Customizable routes and challenges allow users to tailor their training experience.
• Online multiplayer mode enables real-time competition with cyclists worldwide.

Development Process

• Conducted extensive research on indoor cycling trends and user expectations.
• Collaborated with professional cyclists to define key features and performance metrics.
• Designed an intuitive interface with minimal distractions for a seamless experience.
• Created high-quality 3D environments with realistic physics and terrain adaptations.
• Implemented real-time motion tracking to ensure accurate performance measurements.
• Developed AI algorithms for adaptive training plans and predictive analytics.

Measured Results

• 40% Increase in Training Engagement: The immersive environment and competitive features motivated users to train longer.
• 25% Improvement in Cycling Efficiency: AI-driven feedback helped riders optimize their form and endurance.
• Higher Retention Rates: Cyclists preferred MR Cycles over traditional indoor trainers due to the interactive and realistic experience.

MR Cycles Redefines Indoor Cycling

MR Cycles bridges the gap between traditional indoor cycling and real-world road conditions. By combining cutting-edge MR technology, AI-driven training insights, and engaging virtual environments, it delivers a next-level fitness experience that keeps cyclists motivated and performing at their peak.

• TEAM:

  • Senior developers (C++, C#, Unreal Engine)
  • 3d animators
  • 3d modelers
  • Project manager
  • QA engineers
  • Content architect

• STACK:

  • Unreal Engine
  • TensorFlow
  • OpenPose for motion tracking
  • Node.js
  • Python

• TIMINGS:

  • 8 months